物联网环境下复杂光纤通信传输网络节点调度

Node scheduling of complex optical fiber communication transmission network under the Internet of Things environment

为了解决物联网环境下,光纤通信传输网络节点能耗高、调度效率低的问题,提出一种物联网环境下复杂光纤通信传输网络节点调度方法。在物联网环境下,分析光纤通信传输网络节点的分布情况,根据动态联盟理论,以最快调度速度和最小投资为目标,构建复杂光纤通信传输网络节点调度模型。通过蚁群和粒子群算法相结合的融合算法展开全部搜索,获取最佳调度方案,实现光纤通信传输网络节点调度。实验结果表明,所提方法的节点平均能耗在6.0 mJ以下,LBF值始终高于0.20,且节点调度耗时始终低于200 ms,具有良好的调度效果。

In order to solve the problems of high energy consumption and low scheduling efficiency of fiber optic communication transmission network nodes in the Internet of Things environment,a scheduling method for complex fi-ber optic communication transmission network nodes in the Internet of Things environment is proposed.In the context of the Internet of Things,analyze the distribution of nodes in fiber optic communication transmission network nodes,and based on dynamic alliance theory,construct a complex fiber optic communication transmission network node sched-uling model with the goal of achieving the fastest scheduling speed and minimum investment.Through a fusion algo-rithm combining ant colony and particle swarm optimization,all searches are carried out to obtain the optimal schedu-ling scheme and achieve node scheduling in fiber optic communication transmission networks.The experimental results show that the average energy consumption of the proposed method’s nodes is below 6.0 mJ,the LBF value is always a-bove 0.20,and the node scheduling time is always less than 200 ms,showing good scheduling performance.